臺灣大學海洋研究所

臺灣大學海洋研究所 海洋研究所成立於民國57年，為我國最早設立之海洋科學教學研究單位。

海洋研究所成立於民國57年，為我國最早設立之海洋科學教學研究單位。本所之基本任務為推展我國海洋科學研究，以及培育海洋科學基礎和高階研究人才。本所之教學研究涵括海洋物理、海洋化學、海洋地質暨地球物理、海洋生物和漁業等四大領域，為我國海洋科學高等教育體系中師資陣容最完整的研究機構，歷年來也是台灣海洋科學研究的中堅和領航者，對於瞭解與保護我國海洋環境，促進海洋資源開發及永續利用，保育海洋生態，都有卓著貢獻。

本所設有碩士班和博士班，並採分組教學方式；目前的教學分組包括：海洋物理、海洋化學、海洋地質及地球物理、海洋生物及漁業等四大領域。歷年畢業之碩、博士班學生任職於國內各公、私立教學及研究機構、各級政府、民間環保工程及高科技等產業，大致均能在相關事業上學以致用，發展長才。

本所負責管理「海研一號」研究船，並設有支援研究船營運的船務室及海洋探勘組(隸屬理學院貴重儀器中心)，全力支援本所及國內各研究機構海洋教學研究之需求，為我國海洋探測之主力。

國立臺灣大學海洋研究所地球物理分析實驗室誠徵計畫專任研究助理
21/07/2026

國立臺灣大學海洋研究所地球物理分析實驗室
誠徵計畫專任研究助理

林卉婷老師研究室誠徵全職或兼職研究助理
14/07/2026

林卉婷老師研究室誠徵全職或兼職研究助理

[海洋所演講公告]講者：Prof. Nicole de Voogd (Naturalis Biodiversity Center, Netherlands)題目：A Quarter of a Century of Sponge Biodiv...
24/06/2026

[海洋所演講公告]

講者：Prof. Nicole de Voogd (Naturalis Biodiversity Center, Netherlands)

題目：A Quarter of a Century of Sponge Biodiversity and Functioning in the Spermonde Archipelago (Indonesia): Impacts of Eutrophication and Environmental Change.

時間：7月1日(三) 14:00~16:00

地點：海洋所2樓大講堂

Nicole de Voogd ( https://www.naturalis.nl/en/science/researchers/nicole-voogd ) is a world-leading sponge expert, bringing taxonomy, biodiversity, and reef ecology together to reveal the hidden importance of sponges in tropical marine ecosystems. Her talk will explore how decades of research in Indonesia have reshaped our understanding of sponge communities and their responses to eutrophication and environmental change.

In 2005 I obtained my PhD degree at the University of Amsterdam on the biodiversity and mariculture potential of Indonesian sponges. Since 2004 I am appointed as a senior researcher at the Department of Marine Zoology where I continue working on sponge taxonomy and ecology and more recently on spong...

16/06/2026

[海洋所演講公告]

講者：Prof. Michio Kondoh (Tohoku University, Japan)

題目：Environmental DNA as a Window into Marine Ecosystem Dynamics: Lessons from the ANEMONE Network.

時間：6月25日(四) 15:00~17:00

地點：海洋所2樓大講堂

Prof. Michio Kondoh is a renowned theoretical ecologist and the Founder and current Director of ANEMONE (All Nippon eDNA Monitoring Network) Global.
His talk will link ecological theory with eDNA monitoring.

09/06/2026

臺大海研所與地質系學生獲選赴東京大學地震研究所（ERI）移地研究交流

為促進國際學術合作與人才培育，國立臺灣大學海洋研究所、地質科學系與東京大學地震研究所（Earthquake Research Institute, ERI）持續推動學生交流合作計畫。2026年度共有 7位學生獲推薦前往東京大學進行移地研究（Research Exchange），參與海洋科學、地球科學及地球物理相關研究工作。

本次獲推薦學生名單如下：
Fan, Chi-Jhen（Institute of Oceanography）
Pan, Yi-Chi（Institute of Oceanography）
Chang, Chiao-Chih（Institute of Oceanography）
Chen, Hsin-Yu（Department of Geosciences）
Chiu, Jhih-Ting（Department of Geosciences）
Lei, Yi-Ting（Department of Geosciences）
Chiang, Yan-Jyun (Trans-disciplinary Bachelor Degree Program)

學生將於今年暑期赴東京大學地震研究所，進入各研究室參與研究與學術交流，研究領域涵蓋海洋地球物理、海底地震觀測、地球動力學、活動構造、地震學及其他地球科學相關主題。

此次交流計畫不僅提供學生接觸國際頂尖研究環境的寶貴機會，也進一步深化國立臺灣大學與東京大學之間的學術合作關係。透過實際參與研究計畫與跨國團隊合作，學生得以拓展國際視野、提升研究能力，並建立未來學術發展的重要國際網絡。

海洋研究所與地質科學系未來將持續推動國際交流與學生移地研究計畫，鼓勵更多學生走向國際舞台，培養兼具專業能力與全球視野的新世代海洋與地球科學人才。

01/06/2026

[物理組演講公告]

講者：劉治綸 (臺大應力所助理教授)

題目：Tidally-Driven Diapycnal Upwelling in a Rough Sloping Canyon.

時間：6月4日(四) 14:20

地點：海洋所二樓大講堂

Abstract:
Turbulent mixing over rough topography shapes abyssal ocean dynamics, yet a gap between large- and small-scale models underscores the need to connect processes across scales. Using three-dimensional large eddy simulations (LES) with quasi-realistic sloping topography from a Brazil Basin canyon, we force an ocean model solely with a barotropic M2 tide body force, allowing internal waves, instabilities, and turbulence to emerge naturally. With horizontally-periodic boundary conditions, bottom-intensified mixing homogenizes the water column and progressively suppresses water mass transformations. By introducing a mean slope, however, a restratifying cross-slope flow develops to balance this mixing, thus enabling the establishment of a non-trivial quasi-equilibrium state.
Subgrid-scale turbulent mixing drives a water mass transformation that results in approximately 150 mSv of diapycnal upwelling within the bottom boundary layer (BBL) of a single sloping canyon. Extrapolated globally, such abyssal canyons could collectively contribute substantially to the deep branch of the overturning circulation.
Lagrangian particle tracking shows that most particles gain buoyancy and rise from their release positions, consistent with localized diapycnal upwelling near the sills. The correlation between buoyancy change and vertical displacement is strong near the sill, but weak downstream, where a hydraulically controlled overflow causes large vertical excursions with little buoyancy change. An analogous tracer release experiment shows that the tracer-weighted mean buoyancy increases at roughly twice the rate of the particle-ensemble mean, reflecting the diffusive drift that affects the tracer but not the particles.

20/05/2026

[化學組演講公告]

講者：何珮綺 助理教授 (臺大海洋所)

題目：The role of ecological stoichiometry on plankton trophic interactions and competition.

時間：5月26日(二) 13:20~14:10

地點：R232教室

05/05/2026

[博士候選人公開演講]

講者：劉姿延 Tzu-Yen Liu

題目：Multigenerational physiological and molecular acclimation in marine medaka under prolonged ocean acidification.

時間：5月20日(三) 13:20

地點：海洋所二樓大講堂

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